Let L: R³ R³ be a linear transformation defined by What is the range of L? °{•[]+[]*R} t, s ER °{[1]|VER} te ° {[]+[***} t, sER °{[]+ER} W L 0 (E)- E =
Let L: R³ R³ be a linear transformation defined by What is the range of L? °{•[]+[]*R} t, s ER °{[1]|VER} te ° {[]+[***} t, sER °{[]+ER} W L 0 (E)- E =
Let L: R³ R³ be a linear transformation defined by What is the range of L? °{•[]+[]*R} t, s ER °{[1]|VER} te ° {[]+[***} t, sER °{[]+ER} W L 0 (E)- E =
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Transcribed Image Text:Let L: R³ R³ be a linear transformation defined by
What is the range of L?
t, s ER
°{]+[]*R}
°{[i]LER}
t, sER
°{+E.R}
°{[]+ER}
L
0
(ED-E
=
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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![Let L: R³ R³ be a linear transformation defined by
What is the range of L?
t, s ER
°{]+[]*R}
°{[i]LER}
t, sER
°{+E.R}
°{[]+ER}
L
0
(ED-E
=](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F86281811-dc49-44cb-a5d6-286722090d8f%2F7fb3a260-1ebe-4089-b8e1-dbd464d80ee0%2Fleopgui_processed.jpeg&w=3840&q=75)
